Ilvaite
Bonazzi P, Bindi L
American Mineralogist 87 (2002) 845-852
Structural properties and heat-induced oxidation-dehydrogenation of
manganoan ilvaite from Perda Niedda mine, Sardinia, Italy
Sample: PN6-RT, Crystal at room temperature
_database_code_amcsd 0002848
CELL PARAMETERS: 13.0140 8.8670 5.8380 90.000 90.000 90.000
SPACE GROUP: Pnam
X-RAY WAVELENGTH: 1.541838
Cell Volume: 673.677
Density (g/cm3): 4.026
MAX. ABS. INTENSITY / VOLUME**2: 11.78252703
RIR: 0.953
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.08 94.43 7.3278 1 1 0 4
13.61 26.53 6.5070 2 0 0 2
18.19 7.65 4.8760 0 1 1 4
19.44 11.87 4.5661 1 1 1 8
21.17 6.02 4.1967 1 2 0 4
22.79 4.56 3.9020 2 1 1 8
22.82 20.12 3.8967 3 1 0 4
26.15 6.30 3.4076 1 2 1 8
27.41 24.95 3.2535 4 0 0 2
27.52 7.25 3.2410 3 1 1 8
28.79 11.27 3.1006 3 2 0 4
30.63 6.68 2.9190 0 0 2 2
31.03 40.42 2.8823 1 3 0 4
31.48 94.21 2.8420 4 0 1 4
32.70 19.07 2.7384 3 2 1 8
33.03 100.00 2.7118 1 1 2 8
33.29 70.38 2.6911 2 3 0 4
34.00 1.17 2.6370 0 3 1 4
34.18 15.80 2.6230 4 2 0 4
34.71 7.04 2.5844 1 3 1 8
35.18 22.16 2.5507 2 1 2 8
35.96 9.99 2.4974 5 1 0 4
36.78 33.95 2.4439 2 3 1 8
36.87 19.15 2.4380 0 2 2 4
37.59 29.40 2.3926 4 2 1 8
38.54 32.67 2.3362 3 1 2 8
39.24 1.16 2.2961 5 1 1 8
40.01 3.22 2.2533 3 3 1 8
40.70 1.45 2.2167 0 4 0 2
41.31 19.29 2.1853 1 4 0 4
41.56 32.58 2.1727 4 0 2 4
41.64 2.43 2.1690 6 0 0 2
42.54 10.71 2.1254 3 2 2 8
42.85 51.12 2.1103 4 1 2 8
43.11 12.86 2.0983 2 4 0 4
43.18 1.31 2.0951 5 2 1 8
45.79 1.33 1.9818 6 1 1 8
45.96 10.34 1.9747 2 4 1 8
45.98 12.71 1.9740 3 4 0 4
46.49 1.65 1.9534 5 3 0 4
46.55 15.85 1.9510 4 2 2 8
46.62 1.60 1.9483 6 2 0 4
47.86 2.89 1.9008 0 1 3 4
47.94 29.18 1.8977 5 1 2 8
49.19 4.52 1.8524 5 3 1 8
49.31 2.78 1.8481 6 2 1 8
49.77 2.45 1.8319 4 4 0 4
50.13 1.61 1.8196 7 1 0 4
51.78 1.51 1.7654 1 2 3 8
51.79 2.27 1.7654 0 4 2 4
52.30 13.13 1.7494 1 4 2 8
52.34 1.26 1.7479 4 4 1 8
52.57 2.55 1.7410 6 0 2 4
52.57 2.40 1.7410 3 1 3 8
53.44 17.58 1.7145 7 2 0 4
53.56 1.65 1.7110 2 5 0 4
53.80 1.15 1.7038 2 4 2 8
54.80 13.29 1.6751 6 3 1 8
54.98 10.59 1.6701 4 0 3 4
55.77 1.51 1.6483 3 2 3 8
56.01 12.79 1.6419 2 5 1 8
56.26 14.71 1.6352 3 4 2 8
56.58 2.57 1.6267 8 0 0 2
56.70 20.55 1.6234 5 3 2 8
56.81 3.35 1.6205 6 2 2 8
57.11 3.10 1.6128 1 3 3 8
57.61 1.10 1.6000 8 1 0 4
58.53 8.12 1.5769 2 3 3 8
59.11 5.19 1.5629 4 2 3 8
59.64 2.58 1.5503 6 4 0 4
59.94 1.93 1.5431 8 1 1 8
60.64 18.37 1.5272 8 2 0 4
61.85 35.65 1.5001 6 3 2 8
62.89 1.65 1.4778 0 6 0 2
62.97 47.00 1.4761 2 5 2 8
63.34 4.74 1.4684 1 6 0 4
63.69 1.39 1.4610 5 4 2 8
63.77 27.53 1.4595 0 0 4 2
65.17 1.68 1.4314 1 1 4 8
65.20 1.62 1.4308 3 5 2 8
65.39 7.27 1.4271 9 1 0 4
65.41 1.36 1.4268 2 4 3 8
65.53 4.01 1.4245 7 4 0 4
65.71 9.86 1.4210 8 0 2 4
66.66 1.09 1.4031 8 1 2 8
66.88 4.08 1.3989 3 6 0 4
68.00 2.12 1.3786 5 3 3 8
68.27 2.45 1.3739 4 5 2 8
68.32 9.64 1.3729 6 5 0 4
68.67 1.20 1.3668 3 1 4 8
69.04 2.68 1.3604 3 6 1 8
70.46 2.69 1.3365 6 5 1 8
70.75 2.31 1.3316 4 0 4 4
71.44 1.25 1.3205 3 2 4 8
72.61 5.13 1.3021 1 3 4 8
72.70 4.51 1.3007 6 3 3 8
73.56 1.89 1.2876 10 1 0 4
73.73 6.23 1.2850 2 5 3 8
73.87 11.12 1.2830 2 3 4 8
73.92 1.43 1.2821 9 1 2 8
74.02 3.47 1.2807 8 3 2 8
74.05 1.51 1.2802 7 4 2 8
74.38 2.53 1.2754 4 2 4 8
74.73 1.17 1.2702 10 0 1 4
74.90 1.43 1.2679 9 3 1 8
75.44 2.70 1.2601 5 1 4 8
75.79 2.58 1.2551 5 6 1 8
76.25 4.83 1.2487 10 2 0 4
76.64 1.09 1.2434 2 7 0 4
77.18 1.18 1.2359 8 1 3 8
78.28 1.49 1.2213 6 6 0 4
78.87 3.04 1.2137 1 4 4 8
80.04 1.64 1.1988 8 5 0 4
80.09 1.92 1.1982 2 4 4 8
81.03 6.51 1.1867 9 3 2 8
81.55 1.86 1.1804 4 7 0 4
82.13 3.21 1.1736 3 4 4 8
82.69 2.49 1.1670 10 3 1 8
85.49 2.00 1.1359 3 6 3 8
86.82 2.47 1.1218 6 5 3 8
87.84 5.88 1.1114 7 2 4 8
88.70 3.70 1.1028 10 3 2 8
88.77 1.10 1.1021 10 4 1 8
89.09 4.34 1.0990 4 0 5 4
89.62 1.09 1.0938 6 7 0 4
89.74 1.09 1.0927 3 2 5 8
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.